#Qubyx perfectlum software
QUBYX is a software/hardware manufacturer providing new dimensions of image quality in the medical imaging industry and display calibration field. PerfectLum by QUBYX is a professional calibration and quality assurance software to keep almost any monitor DICOM-compliant. “Based on early interest, we expect these displays to become a standard-bearer for all teleradiologists, and are extremely happy that LG recognized the versatility, precision, and accuracy of the PerfectLum system and sees it as the perfect calibration complement for LG medical displays.” Integration of PerfectLum with the new LG medical displays, creates a perfect pairing as LG Electronics has the scale, infrastructure, and reputation to assure all users of a superior product and user experience. The PerfectLum Suite is the preferred medical display calibration and quality control solution used by hospitals, teleradiology companies, university health departments, and other medical facilities, worldwide. QUBYX’s PerfectLum is a multi-platform, multilingual, full-featured quality assurance tool, with a remote management and cloud solution, that not only calibrates a primary or secondary medical display, but also performs acceptance and constancy tests to verify that displays consistently conform to international regulations including: NEMA DICOM part 14, GSDF, AAPM TG-18, DIN 6868-57, DIN 6868-157, JESRA X-0093, IEC 62563-1 ACR and NYS/NYC Primary Diagnostic Monitor guidelines (NY PDM). Together with QUBYX, LG is committed to developing new solutions for healthcare professionals to help them provide the best possible healthcare services.” “As demand for remote healthcare services grows, diagnostic displays will play a crucial role in disciplines such as teleradiology. Hu, head of medical monitors for LG Business Solutions USA, said: LG’s 21HK512D and 32HL512D models have FDA 510(k) Class II approval, and the 27HJ713C model is FDA registered. These displays will now be fully compliant with: Digital Imaging and Communications in Medicine (DICOM) Part 14. LG Electronics will sell and provide software support for three monitors: The 27-inch 8MP clinical review medical display (27HJ713C-B), the 32-inch 8MP diagnostic display (32HL512D-B), and the 21.3-inch 3MP diagnostic monitor (21HK512D-B) This combination is the perfect solution for all professionals in the medical field in particular radiologist, chiropractors, urgent care facilities, hospitals, medical clinics, and all teleradiology providers. LG has received FDA 510(K) clearance for the bundle, which will be available immediately. announced that LG Electronics selected QUBYX PerfectLum to be bundled with LG medical displays. A 4K monitor at 32" will have more pixels than 2 x 3MP monitors.Wilmington,DE, JToday QUBYX Medical Solutions Inc. If you do the same multiplication for the 4K monitor, you'll get 8 megapixel. 2 of them in portrait is 3072x2048 pixels, or 6 million pixels when multiplied. Therefore, a 4K monitor at 32" will be comparable display quality to 2 x 3MP monitors when set as a virtual split, which you can do in software if your PACS is new enough or in hardware by using a virtual side-by-side picture in picture mode built into the monitor (requires 2 display inputs).Ī 3MP monitor is defined by having 1536x2048 pixels, which is roughly 3 million when multiplied together. QUBYX, a technology contributor to medical imaging and color management industries, today announced that it has integrated digital luminance meters CD-Mon and CD-Lux by PEHA Medical Equipment GmbH, designed to perform acceptance and constancy tests on medical monitors, in PerfectLum 3.0. The most common 4K resolution is 3840x2160. 2 of them in portrait is 3072x2048 pixels.Ī 4K monitor is defined colloquially by having "4K" horizontal pixels. Many of the Dell 4K ultrasharp line are comparable.įor reference, a common diagnostic 3MP monitor that we use isīrightness: 800 cd/m^2 (factory set to 410 and 300 I believe we use 300)Ī 3MP monitor is defined by having 1536x2048 pixels. You can compare the technical specifications of a given monitor to that one to see if it will be substantially comparable. Their 510ks use a NEC MultiSync MD322C8 monitor as the comparison. The key points are that the monitor needs to have
It's helpful to look at both the ACR–AAPM–SIIM Technical Standard for Electronic Practice of Medical Imaging and an FDA 510K application for a 4k Dell Monitor (example is UP3216Q, but they have submitted other Dell monitors) that was approved when packaged with PerfectLum by Qubyx (page 5.2). PerfectLum software is designed to calibrate and verify the displays, utilized in medical imaging industry.
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